TP-Link Switch vs Netgear Switch – Any Difference?

tp link vs netgear switch
tp link vs netgear switch

TP-Link switch vs Netgear switch

TP-Link and Netgear are both well-respected companies that make network-related devices like modems, routers, access points, and switches.

TP-Link is a Chinese company founded in 1996 whereas Netgear is an American company that was also founded in 1996.

So what is a switch and what is the difference between network switches made by both of these companies?

We are not in the dark ages anymore, especially with regards to networking. Every bit of technology a particular company has, its competitors also have the same technology. Thus, the switches made by both of these companies are identical in what they can do. The only difference their products might have is the amount of seasonal discount either company gives each year.

For us, either switch from TP-Link or Netgear will just do the same work!

Although there is no point comparing two of their products that operate on the same technology, we can still tell you what switches are and what type of switches you can buy from these two companies. This will allow you to compare their products on your own and choose the one your home or business network needs the most.

Switches

To explain what a switch is, we have to first establish what came before a switch.

A hub is an ancient device that allows multiple devices within a LAN to connect. The hub is a brainless device and all it has are ethernet ports to which a device can be connected.

If you have a 4-port hub it means that there are four devices connected to that hub. When a device within that hub decides to send data to a particular computer it will first check if the server is busy, if it’s not it will send the data packets. Millions of data packets carrying the IP address of the target computer will flow out of the sending computer into the hub.

The hub being a brainless device will share a copy of these millions of data packets to each computer connected to it. When the data packets reach the computers, only the computer having the matching IP address will accept the data while the other two will reject them. This process happens every time a computer decides to send some data which causes data collisions and network congestion.

To fix this problem, network engineers installed a brain into the brainless hub, providing it with intelligence. An intelligent hub is what we call a network switch.

The feature that differentiates a switch is its ability to learn the MAC address of a device that is connected to it.

The first data packet transfer through a switch happens the same as a hub. But when that transfer of data occurs the switch learns a few things.

When data packets from the sending computer (C1) reach the switch, the switch will automatically learn that C1 is connected to port 1. Similarly, when the data is received by the receiving computer (C2) and C2 sends a confirmation signal back to C1, the switch will learn that C2 is connected to port 2. Now if a third computer C3 Wants to send data to C2 or C1, the switch will only direct the data packet to either C1 or C2 because it has learned their MAC addresses. Every network device ever created has a MAC address.

A switch is categorized by the virtue of its features, some of them are detailed below.

  1. Number of ports

A switch can be a 4-port switch or a 256-port switch. Normally for a home network, people use the 4-port, 6-port, and the 8-port switch. Only large corporations use switches that have more than 24 ports.

  1. Network speed

A switch can support 10, 100, and 1000 megabytes of network speed. Nowadays, some switches can support 10 gigabytes of speed. Depending upon your network speed you will buy a switch that supports that speed.

  1. Duplex

Switches are divided into two types when it comes to duplex. A half-duplex switch and a full-duplex switch. A half-duplex switch is a half-brained switch. The switch only allows for one way communication. This means that it doesn’t support simultaneous Talk and Listen to functions. Whereas with a full-duplex switch you can do both simultaneously.

So if you are in the market for buying switches, make sure to pick the one that you truly need.

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